SPECIFICATIONS

Heavy-Duty Rubber Slotted Jack Pad Adapter

A solid, protective adapter pad designed to sit between the vehicle's lift point and a hydraulic floor jack or jack stand. Made from durable, high-density rubber, the pad features a slotted groove on the top surface that securely fits over and protects the vehicle's pinch welds (factory lift points) from bending, scratching, or damaging paint during lifting. This essential accessory is crucial for safely raising a vehicle without causing expensive undercarriage damage.

Key Features:

• Design & Detail: Thick, circular pad with a standard diameter (e.g., $65\text{mm}/2.56\text{in}$) and height (e.g., $33\text{mm}/1.3\text{in}$). The top surface features a non-slip, crisscross pattern and a deep slot that runs through the center to accommodate the vehicle's pinch weld flange.

• Material & Finish: Constructed from high-density, heavy-duty rubber or similar composite material. The rubber is designed to be highly durable, chemical-resistant, and non-slip, preventing the jack from sliding while protecting the vehicle's paint and metal.

• Functionality: Provides a protective, non-slip buffer between the metal jack saddle and the car's undercarriage. It prevents damage to pinch welds and subframe rails and can also stabilize the jack on uneven surfaces.

• Application Variety: Universal accessory for all vehicle owners, mechanics, and detailers. Essential when using hydraulic floor jacks or jack stands for tire changes, oil changes, brake service, or general undercarriage maintenance.

• Benefit: Ensures safe, stable, and non-destructive lifting of vehicles, particularly those with delicate pinch welds (common on many modern cars), minimizing the risk of expensive frame or paint damage.

Why Choose This Product?

This heavy-duty rubber jack pad is an inexpensive necessity for safe vehicle maintenance. Its high-density material and precision-slotted design offer superior protection to the vehicle's pinch welds, ensuring a stable, non-slip lift and preventing costly damage during any undercarriage service.